We report the results of theoretical study of damage, induced by Coulomb forces, in (a) solid nanoparticles, and (b) the
surface of solid dielectric, ionized by ultrashort laser pulses (USLP). The basic assumption of proposed model is that the
damage occurs due to the laser-induced disturbance of charge equilibrium in solid with the further electron emission
from irradiated area. When electrons outflow from crystal, the non-compensated positive charge creates a strong
electrostatic field, causing the movement of the charged sites and micro- and/or macro- destruction of the condensed
matter.